OS-ONE: Self-Healing AI Kernel Operating System for Adaptive Computing
Abstract
OS-ONE (Operating System - One) is a next-generation operating system...
1. Introduction
Operating systems have remained largely unchanged in core design philosophy for decades...
2. System Architecture
- Kernel-Level AI Engine: Ring 0 access AI engine
- Modular Core: Live-swappable system services
- Self-Healing Memory Map: Continuous memory integrity checks
- Live Rewrite Capability: Real-time driver replacement and patching
3. Key Features
- Self-Modifying Code Engine
- AI-Driven Resource Optimization
- Adaptive Security Model
- Driverless Hardware Recognition
- Distributed Swarm Sync
4. Use Cases
- Edge Computing
- Military & Tactical Environments
- Disaster Zones
- Critical Infrastructure
5. Design Philosophy
- Fail Forward
- AI as an Operator
- Neurodivergent Logic Models
- Sandbox + Transparency
6. Roadmap
- AI Kernel Core
- Modular Subsystems
- Driver Synthesis
- Live Compiler
- Federated AI Learning
7. Comparative Analysis
| Feature | OS-ONE | Linux | Windows | Qubes |
|---|---|---|---|---|
| Kernel AI | ✅ | ❌ | ❌ | ❌ |
| Self-Healing | ✅ | Partial | ❌ | ❌ |
| Driverless | ✅ | ❌ | ❌ | ❌ |
8. Risks & Mitigation
- Sandboxing AI-generated changes
- Security loopback lockdown
- Fallback templates for driver errors
9. Contribution Model
Veteran-led, neurodivergent-inspired, open to community contributions.
10. Conclusion
OS-ONE is not just another OS. It is built to adapt, evolve, and survive. From tactical computing to autonomous systems, OS-ONE is the future of resilient digital infrastructure.
Visit: common-joe.com